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| Valgrind | How to use Valgrind to find memory leaks, performance bottlenecks and segmentation faults in SAGE and other software projects. |
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| SAGE's capabilities for crypto research | SAGE's capabilities for cryptographic research |
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| computation of some automorphic forms for the unitary group U(3) |
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| How SAGE | Abstract: Explain how using Python (with SAGE) is very likely to improve your efficiency and ability to do mathematical research that involves computation. Target Audience: Mathematical researchers who demand the best possible tools for the job (even if they are expensive). |
Rough Ideas for Talks at SD6
These are all just rough ideas and most of them are not discussed with the proposed speakers yet, so this is definitely not a list of talks nor a rough schedule yet!
Michael Abshoff
How to use Valgrind to find memory leaks, performance bottlenecks and segmentation faults in SAGE and other software projects.
Martin Albrecht
SAGE's capabilities for cryptographic research
Bill Allombert
Gregory Bard
Dan Bernstein
[http://ecrypt-ss07.rhul.ac.uk/Slides/Friday/bernstein-samos07-2.pdf CPU Traps and Pitfalls]
Andrew Booker
Robert Bradshaw
Michael Brickenstein
[http://www.itwm.fraunhofer.de/zentral/download/berichte/bericht122.pdf PolyBoRi] Framework
Kevin Buzzard
Ondrej Certik
John Cremona
James Davenport
Burcin Erocal
PolyBoRi integration status report
Jon Hanke
Bill Hart
FLINT status report
David Harvey
Kiran Kedlaya
Lloyd Kilford
Tanya Lange
[http://hyperelliptic.org/EFD/ Explicit-Fomulas Database] for Elliptic Curves
David Loeffler
computation of some automorphic forms for the unitary group U(3)
Clement Pernet
David Roe
Nigel Smart
Mark Watkins
Ralf-Phillip Weinmann
Jaap Spies
Damien Stehle
fpLLL
William Stein
Abstract: Explain how using Python (with SAGE) is very likely to improve your efficiency and ability to do mathematical research that involves computation. Target Audience: Mathematical researchers who demand the best possible tools for the job (even if they are expensive).